Water Treatment Plants

Effluent Treatment Plants

Effluent treatment systems are widely used for recycling of wastewater in industries in order to reduce the demand of water. This type of system uses physical, chemical, biological and membrane processes for treating the effluents before being discharged into the water. The effluent system is provided with all the requisite features that assist in achieving zero-discharge standards laid by statutory authority.

Application areas:

  • Paint shop
  • Diaries
  • Paper mills
  • Oil refineries
  • Leather industry
  • Glass factories
  • Chemical
  • Processing industries

Sewage Treatment Plants

These are capable in offering complete solutions to various waste disposal problems of different industries. They are highly acknowledged for their durability and superior performance. They are used in various industrial applications to treat polluted water.

Application areas:

  • Automobile industries
  • Manufacturing Industries
  • Foundry
  • Food Indutsries
  • Pharma industries
  • IT Industries
  • Leather Industries
  • Textile / dyeing Industries
  • Chemical Industries

R.O System

We offer a comprehensive array of Reverse Osmosis Water Plant that is appropriate for the treatment of water and waste water. This assortment assists in removing dissolved matter, both ionic as well as non ionic in a single step. Moreover, this plant is ideal for a huge variety of industrial water purification requirements.

We are engaged in offering Reverse Osmosis Plant which is used in residential, institutional and commercial sectors.

Softners

We are an able manufacturers and exporters of a wide range of high quality Water Softening System. Engineered in accordance to ion based technology these products are capable of removing calcium and magnesium ions from water and are available with multiports. These products are available in different shapes, sizes and are built up of different materials like MS, HDPE and FRP materials and are automated, semi-automated and manually operated machines.

Advantages:

  • High efficient regeneration
  • Lesser power consumption
  • Higher quantity of soft water per regeneration
  • Consistently lesser residual hardness in the water